Rocket Lab has landed a US$397-million contract from the U.S. Space Force to design, launch and operate a new generation of compact satellites nicknamed "Flatellites" for the Space-Based Airborne Moving Target Indicator (SB-AMTI) programme.
What the contract covers
The agreement expands Rocket Lab’s footprint in government and defence work and ties the company’s manufacturing ambitions to military surveillance needs. The firm — known for its small Electron rocket — has yet to build Flatellites at scale but has been assembling capabilities through acquisitions and in‑house development to support satellite production.
"without compromising performance or reliability"
The company has described a vertically integrated approach that it says will allow high-volume production of these slimmer satellites while maintaining standards of performance and dependability.
How Flatellites change the launch equation
Flatellites are designed with a thinner profile so they can be stacked more densely inside a vehicle fairing. That geometry could allow Rocket Lab to increase the number of payloads per launch and offer more integrated services combining satellite manufacture and delivery. The firm is also preparing its larger Neutron rocket, expected by the end of 2026, to carry heavier loads than Electron.
- Contract value: US$397 million
- Electron launches to date: 92
- Satellites deployed by Electron: more than 263
- Neutron availability: expected by end of 2026
- LEO market growth estimate: 14% CAGR from 2025–2033 (Grand View Research)
Context and limits of the announcement
On paper, the contract deepens Rocket Lab’s ties to U.S. defence customers and supports its strategy to become an end‑to‑end provider of LEO satellite services. The company’s Electron vehicle has a strong operational record, having launched dozens of missions and deployed more than 263 satellites to date. Still, the Flatellite concept remains at an early stage: Rocket Lab introduced the design in February but has not yet mass‑produced any units.
The broader market dynamics lend context to the deal. Research group Grand View Research projects the low Earth orbit sector could expand at about a 14 per cent compound annual growth rate between 2025 and 2033, driven by both commercial constellation deployments and government upgrades in communications and surveillance. For Rocket Lab, a flatter satellite form that stacks efficiently could boost payload throughput per launch — a commercially attractive proposition if production and integration scale as planned.
| Metric | Value |
|---|---|
| Contract size | US$397 million |
| Electron launches | 92 |
| Satellites deployed | more than 263 |
| Projected Neutron entry | End of 2026 |
But several practical questions remain unanswered by the announcement. The timeline and scale of Flatellite production were not disclosed, nor were details about how the military intends to integrate these satellites into existing architectures. The company’s ability to shift from launching many small, off‑the‑shelf payloads to producing large volumes of purpose‑built satellites will depend on supply chains, manufacturing yield and certification processes for government work — all areas where costs and delays can accumulate.
There is also a competitive backdrop. Other commercial launch and satellite companies are pursuing mass production of small satellites and selling fully integrated services to government customers. Rocket Lab’s approach — pairing a novel satellite geometry with its own forthcoming medium‑lift rocket — aims to capture a slice of that market, but execution risk remains substantial.
For Canadian readers, the deal is a reminder of how the global space supply chain is consolidating around providers that can offer both hardware and launch services to defence clients. Whether Flatellites become a standard building block for LEO constellations or remain a niche solution will depend on Rocket Lab’s manufacturing progress and whether the U.S. Space Force and other buyers commit to repeated procurements.
The contract advances Rocket Lab’s stature in government programmes, but the technology itself has yet to be proven in volume — an important distinction at a time when many space companies are promising faster, cheaper access to orbit.
